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Shipbuilding

Reconstructing hydraulic transmission wisdom with nautical power aesthetics, infusing deep-sea grade strong kinetic energy into ships! Our shipbuilding hydraulic transmission solutions deeply integrate kiloton-level load adaptive control with wave harmonic cancellation technology. In harsh marine conditions of high salt spray and strong impact, they build a zero-leakage power matrix with titanium alloy composite frameworks and nanometer-level sealing coatings. The bionic whale-dolphin hydrodynamic engine precisely regulates the energy transfer efficiency of each cubic centimeter of hydraulic medium, making millisecond-level response of cruise ship rudders and ton-level load switching of port machinery as smooth as whale-dolphin swimming. From green shipping of LNG carriers to ice-sea navigation of polar research vessels, this system verified by over 8,000 hours of actual ship trials is becoming the liquid power backbone connecting global shipping routes, taking IMO Tier III environmental standards as the benchmark!


Fincantieri Stabilizer

Shipbuilding


Technical Data


TypeDisplacement
cm³/rev
Maximum Working PressurePeak  Pressure 
Bar
Max Speed
Rmp
Shaft TypeControl Method
KC-A4VSO40403504003200Metrickey,
Metric spline
DR,LR,EP,DRG,LUDV
KC-A4VSO71713504002700Metrickey,
Metric spline
DR,LR,EP,DRG,LUDV
KC-A4VSO1251253504002200Metrickey,
Metricspline,
SAE spline
DR,LR,EP,DRG,LUDV
KC-A4VSO1801803504002100Metrickey,
Metricspline,
SAE spline
DR,LR,EP,DRG,LUDV
KC-A4VSO2502503504001800Metrickey,
Metricspline,
SAE spline
DR,LR,EP,DRG,LUDV
KC-A4VSO3353353504001600Metrickey,
Metricspline,
SAE spline
DR,LR,EP,DRG,LUDV




Core product series

KC-A10VSO

Working principle

The A4VSO is an axial piston variable displacement pump. The material is mainly cast iron. The pump body has good rigidity and compression resistance, which can effectively withstand the impact and vibration during operation, ensuring long-term stable operation under complex working conditions.

Advantages


-High precision flow control: Enables accurate adjustment of output flow for precise system operation.

Compact & robust design: Combines a small footprint with strong durability against harsh conditions.

Wide speed range adaptability: Operates stably across a broad range of rotational speeds.

Exceptional energy efficiency: Optimized design reduces energy consumption during operation.

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